ASABE publishes new horti standard, includes UV and far red
- Thread starter CobKits
- Start date
Abiqua
Well-Known Member
When we began our work, there was not even agreement on whether PAR (Photosynthetically Active Radiation) referred to photon intensity or photon irradiance. Following existing ASAE, IES, CIE and ISO standards, this document formally defines 33 metrics for horticultural lighting, including ultraviolet (280 nm - 400 nm), photosynthetic (400 nm - 700 nm), far-red (700 nm - 800 nm), and spectral radiation, and covering flux, flux density, intensity, efficiency, efficacy, daily light integral, and spectral distribution ... everything but the kitchen sink.
Many thanks to my fellow committee members in making this happen!
The document will be available for purchase from ASABE shortly.
- Ian Ashdown, Senior Scientist
https://en-gb.facebook.com/suntrackertech/posts/300488997090792
Too bad its $61 for non-members.....bunch of potheads beat them to the punch will less than civil conversation, lol......
Many thanks to my fellow committee members in making this happen!
The document will be available for purchase from ASABE shortly.
- Ian Ashdown, Senior Scientist
https://en-gb.facebook.com/suntrackertech/posts/300488997090792
Too bad its $61 for non-members.....bunch of potheads beat them to the punch will less than civil conversation, lol......
ChittyChinaCOB
Member
Sci-hub the asabe elibrary page for access to the pdf.
can you post the direct link that works on sci-hub?
Last edited:
Johnnycannaseed1
Well-Known Member
You have to go here; http://elibrary.asabe.org/subscribe.asp but if you want to access their library it's $61
The metrics that will be introduced by ANSI/ASABE S640 total 33, and are as follows:
- Radiant flux
- Radiant intensity
- Radiant Efficiency
- Photosynthetic radiant flux
- Photosynthetic radiant intensity
- Photosynthetic radiant efficiency
- Ultraviolet radiant flux
- Ultraviolet radiant intensity
- Ultraviolet radiant efficiency
- Far-red radiant flux
- Far-red radiant intensity
- Far-red radiant efficiency
- Spectral irradiance
- Spectral radiant flux
- Spectral radiant intensity
- Spectral power distribution
- Photosynthetic photon flux
- Photosynthetic photon flux density
- Photosynthetic photon intensity
- Daily light integral (integrated daily photosynthetic photon flux density)
- Photosynthetic photon efficacy
- Ultraviolet photon flux
- Ultraviolephotonon flux density
- Ultraviolet photon intensity
- Ultraviolet photon efficacy
- Far-red photon flux
- Far-red photon flux density
- Far-red photon intensity
- Far-red photon efficiacy
- Spectral photon flux
- Spectral photon flux density
- Spectral photon intensity
- Spectral quantum distribution
ChittyChinaCOB
Member
Pdf
SoOLED
Well-Known Member
ok so its a basic re-report of NASA stuff from forever ago....
I got to the bottom and look:
Reference for Annex A
[A1] Sager, J. C., W. O. Smith, J. L. Edwards, and K. L. Cyr. 1988. Photosynthetic efficiency and phytochrome
photoequilibria determination using spectral data. Transactions of the ASAE 31(6): 1882–1889.
1988!!!!! LMAO
this is a stand alone research^^^^^^
and if you take what it says black and white leads you to blurple.
this is written for some stupid earmark money from the government.
I got to the bottom and look:
Reference for Annex A
[A1] Sager, J. C., W. O. Smith, J. L. Edwards, and K. L. Cyr. 1988. Photosynthetic efficiency and phytochrome
photoequilibria determination using spectral data. Transactions of the ASAE 31(6): 1882–1889.
1988!!!!! LMAO
this is a stand alone research^^^^^^
and if you take what it says black and white leads you to blurple.
this is written for some stupid earmark money from the government.
dabby duck
Well-Known Member
More than anything seems like a good tutorial on all the math. Haven't seen much of that around here. Props for posting @ChittyChinaCOB
salmonetin
Well-Known Member
Why not make our own ASABE document for Cannabis... we can do it better than them....
....some info about...
ASABE
ES-311– Electromagnetic Radiation Application for Plants
X640 – Definition of Metrics of Radiation for Plant Growth (Controlled Environment Horticulture Applications) (CEA)
X642 – Recommended Methods of Measurements and Testing for LED Radiation Products in Plant Growth and Development Applications.
X644 – Performance Measures Of Lighting Systems For Plants
ASABE DOCUMENTS – IN DEVELOPMENT
ASABE X640– DEFINITION OF METRICS OF RADIATION FOR PLANT GROWTH (CEA)
• FOUNDATION DOCUMENT
- Definitions are Key to Developing Standards
- Includes Quantities and Units
• NOTABLE METRICS:
- Photosynthetically Active Radiation (PAR) – Already a Common Metric, considers Radiation that is Used for Photosynthesis, from 400 to 700 nm, in Watts
- Photosynthetic Photon Flux Density (PPFD) – PAR Photon Rate per Unit Area on a Surface
- Daily Light Integral (DLI) – PPFD integrated over a 24 Hour Period, influenced by Operating Time
- Far-Red Range – Light in the 700 nm to 800 nm Range
- UV Range – Light in the 100 nm to 400 nm Range
• REALISTICALLY, UV-C IS LARGELY FILTERED OUT FROM SUNLIGHT BY THE ATMOSPHERE, SO THE GENERAL AREA OF INTEREST IS 280 NM TO 400 NM RANGE
ASABE DOCUMENTS – IN DEVELOPMENT
ASABE X642-RECOMMENDED METHODS FOR MEASUREMENTS AND TESTING OF LED PRODUCTS FOR PLANT GROWTH AND DEVELOPMENT
• COVERS A WIDE RANGE OF PRODUCTS, BUT ONLY RELATED TO LED
- LED Packages / Arrays / Modules
- LED Lamps
- Other LED Radiation Devices
• TEST METHODS ARE LARGELY BASED ON EXISTING INDUSTRY METHODS
- References
LM-58, 11 – Guide to SpectroRadionetrics Measurements (Renewal Anticipated in 2011)
12– Guide to SpectroRadionetrics Measurements of Light Sources (Renewal Anticipated in 2012)
LM-79, 08– Electrical and Photometrics Measurements of Solid-State Lighting (SSL) Products
LM-80, 08– Measuring Lumen Maintenance of LED Light Sources
LM-84– Approved Method: Measuring Luminous Flux and Color Maintenance of LED Lamps, Light Engines, and Luminaires
LM-85– Approved Method: Electrical And Photometric Measurements Of High-Power LEDS
TM-21, 11– Projecting Long Term Lumen Maintenance of LED Light Sources (Publication Anticipated in 2011)
TM-27 - IES Standard Format for the Electronic Transfer of Spectral Data
TM-28–ProjectingLong Term Luminous Flux Maintenance Of LED Lamps and Luminaires
and OTHERS
• CONSIDERATION TO USE CONDITIONS FOR HORTICULTURE
- Humidity
- Temperature
• REFERENCES APPROPRIATE METRICS
ASABE DOCUMENTS – IN DEVELOPMENT
ASABE X644– PERFORMANCE MEASURES OF LIGHTING SYSTEMS FOR PLANTS
• CONSIDERS DEVICE LEVEL AND INSTALLED PERFORMANCE
• DEFINITIONS
- Photon Flux Distribution
- Spectral Photon Distribution
- Thermal Load
- Phytochrome Photoequilibrium Value
- Weighted Photon Flux
• CONSIDERS MANY ASPECTS:
- DLI
- PAR
- Mounting Height / Area
- Uniformity
- Power Quality
....but with this prices... its not an standard for people ....its a big business.... only search money...
...the standard... on the past free for all people... now you must pay to read or study or learn.... bad and erroneous way...
...we can do it a ASABE CANABIS DOC better than them.... just my pov
Salu dos
....some info about...
ASABE
ES-311– Electromagnetic Radiation Application for Plants
X640 – Definition of Metrics of Radiation for Plant Growth (Controlled Environment Horticulture Applications) (CEA)
X642 – Recommended Methods of Measurements and Testing for LED Radiation Products in Plant Growth and Development Applications.
X644 – Performance Measures Of Lighting Systems For Plants
ASABE DOCUMENTS – IN DEVELOPMENT
ASABE X640– DEFINITION OF METRICS OF RADIATION FOR PLANT GROWTH (CEA)
• FOUNDATION DOCUMENT
- Definitions are Key to Developing Standards
- Includes Quantities and Units
• NOTABLE METRICS:
- Photosynthetically Active Radiation (PAR) – Already a Common Metric, considers Radiation that is Used for Photosynthesis, from 400 to 700 nm, in Watts
- Photosynthetic Photon Flux Density (PPFD) – PAR Photon Rate per Unit Area on a Surface
- Daily Light Integral (DLI) – PPFD integrated over a 24 Hour Period, influenced by Operating Time
- Far-Red Range – Light in the 700 nm to 800 nm Range
- UV Range – Light in the 100 nm to 400 nm Range
• REALISTICALLY, UV-C IS LARGELY FILTERED OUT FROM SUNLIGHT BY THE ATMOSPHERE, SO THE GENERAL AREA OF INTEREST IS 280 NM TO 400 NM RANGE
ASABE DOCUMENTS – IN DEVELOPMENT
ASABE X642-RECOMMENDED METHODS FOR MEASUREMENTS AND TESTING OF LED PRODUCTS FOR PLANT GROWTH AND DEVELOPMENT
• COVERS A WIDE RANGE OF PRODUCTS, BUT ONLY RELATED TO LED
- LED Packages / Arrays / Modules
- LED Lamps
- Other LED Radiation Devices
• TEST METHODS ARE LARGELY BASED ON EXISTING INDUSTRY METHODS
- References
LM-58, 11 – Guide to SpectroRadionetrics Measurements (Renewal Anticipated in 2011)
12– Guide to SpectroRadionetrics Measurements of Light Sources (Renewal Anticipated in 2012)
LM-79, 08– Electrical and Photometrics Measurements of Solid-State Lighting (SSL) Products
LM-80, 08– Measuring Lumen Maintenance of LED Light Sources
LM-84– Approved Method: Measuring Luminous Flux and Color Maintenance of LED Lamps, Light Engines, and Luminaires
LM-85– Approved Method: Electrical And Photometric Measurements Of High-Power LEDS
TM-21, 11– Projecting Long Term Lumen Maintenance of LED Light Sources (Publication Anticipated in 2011)
TM-27 - IES Standard Format for the Electronic Transfer of Spectral Data
TM-28–ProjectingLong Term Luminous Flux Maintenance Of LED Lamps and Luminaires
and OTHERS
• CONSIDERATION TO USE CONDITIONS FOR HORTICULTURE
- Humidity
- Temperature
• REFERENCES APPROPRIATE METRICS
ASABE DOCUMENTS – IN DEVELOPMENT
ASABE X644– PERFORMANCE MEASURES OF LIGHTING SYSTEMS FOR PLANTS
• CONSIDERS DEVICE LEVEL AND INSTALLED PERFORMANCE
• DEFINITIONS
- Photon Flux Distribution
- Spectral Photon Distribution
- Thermal Load
- Phytochrome Photoequilibrium Value
- Weighted Photon Flux
• CONSIDERS MANY ASPECTS:
- DLI
- PAR
- Mounting Height / Area
- Uniformity
- Power Quality
....but with this prices... its not an standard for people ....its a big business.... only search money...
...the standard... on the past free for all people... now you must pay to read or study or learn.... bad and erroneous way...
...we can do it a ASABE CANABIS DOC better than them.... just my pov
Salu dos
Last edited:
salmonetin
Well-Known Member
…MY SELECTION…
ES-311 –Electromagnetic Radiation Application for Plants
X640 –Definition of Metrics of Radiation for Plant Growth (Controlled Environment Horticulture) Applications
X642 –Recommended Methods of Measurements and Testing for LED Radiation Products in Plant Growth and Development Applications.
X644 – Performance Measures Of Lighting Systems For Plants ????
ESH-03/2, Internal Standard Development
*X318.18, Safety for Agricultural Field Equipment
MS-54, Precision Agriculture
X573, Procedures for Evaluating Variable Rate Granular Material Application Accuracy (Joint with MS-23/6)
*X579.2, Yield Monitor Field Test Engineering Procedure
X611, Standard for Mapping Yield and Associated Data
MS-58, Agricultural Equipment Automation
*X455WD, Environmental Considerations in Development of Mobile Agricultural Electrical/Electronic Components
NRES-21
X621, Guidelines for Calibrating, Validating, and Evaluating Hydrologic and Water Quality Models
NRES-241, Sprinkler Irrigation
*X436.2, Center Pivot and Lateral Move Irrigation Distribution Uniformity Test Procedure
NRES-244, Irrigation Management
X632, Agricultural Irrigation Data Exchange
NRES-245, MicroIrrigation
*X405.2, Design and Installation of Microirrigation Systems
NRES-246, Turf & Landscape Irrigation
X627, Weather-based Landscape Irrigation Control Devices
X633, Testing Protocol for Landscape Irrigation Soil Moisture Sensors
----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
The following projects to develop new ASABE Standards and to Revise Existing ASABE Standards are being undertaken by various ASABE Committees shown below.
Persons interested in these projects should contact the ASABE Standards Department or the Appropriate Committee Chair.
*Projects to Revise Existing Documents are Identified by an Asterisk.
ES-220, Biomass Energy & Industrial Byproducts
X564, Methods for Determining Properties of Plant-Derived (Biomass) Combustible Solid Fuels
*X552.2, Reporting of Fuel Properties When Testing Diesel Engines with Alternative Fuels Derived fromPlant Oils and Animal Fats
ES-238, Solid Biofuels
X564, Methods for Determining Properties of Plant-Derived (Biomass) Combustible Solid Fuels
ES-310, Agricultural Lighting Group
*X344.5, Lighting Systems for Agricultural Facilities
ES-311, Electromagnetic Radiation Application for Plants
X640, Definition of Metrics of Radiation for Plant Growth (Controlled Environment Horticulture) Applications
X642, Recommended Methods of Measurements and Testing for LED Radiation Products in Plant Growth and Development Applications.
ESH-03/2, Internal Standard Development
*X318.18, Safety for Agricultural Field Equipment
MS-03/2, Farm Materials Handling and Transport
*X361.4, Safety for Portable Agricultural Auger Conveying Equipment
MS-23/2 Agricultural Machinery – Common Tests
X3463, Tractors for agriculture and forestry -- Roll-over protective structures (ROPS) -- Dynamic test method and acceptance conditions
X5700, Tractors for agriculture and forestry — Roll-over protective structures — Static test method and acceptance conditions
X12003-1, Agricultural and forestry tractors — Roll-over protective structures on narrow-track wheeled tractors — Part 1: Front-mounted ROPS
X12003-2, Agricultural and forestry tractors — Roll-over protective structures on narrow-track wheeled tractors — Part 2: Rear-mounted ROPS
MS-23/2/1, Environment within Ag Vehicle Enclosures
*X613-3.1, Tractors and self-propelled machinery for agriculture — Air quality systems for cabs — Part 3: Filters for environmental cab HVAC systems
X613-4, Tractors and self-propelled machinery for agriculture — Air quality systems for cabs — Part 4: Field qualification of a cab
MS-23/4, Tractors
*X5673P1 2017Rev Agricultural tractors and machinery — Power take-off drive shafts and power-input connection — Part 1: General manufacturing and safety requirements
*X6489-3, Agricultural vehicles — Mechanical connections between towed and towing vehicles — Part 3: Tractor drawbar (MS-23/4/5 expertise)
*X26322P2 2017Rev, Tractors for agriculture and forestry — Safety — Part 2: Narrow-track and small tractors
MS-23/4/3, Lighting and Marking
*X279.18, Lighting and Marking of Agricultural Equipment on Highways
*X584.4, Agricultural Equipment: Speed Identification Symbol (SIS)
MS-23/4/5, Tractor Implement Interface/PTO
*X625.1, Drawbar Pin Dimensions and Requirements for Towed Equipment
X638, Pintle Hitch for Agricultural Field Equipment
MS-23/6, Application Systems
*X327.5, Terminology & Definitions for Application of Crop or Forestry Production & Protection Agents
X573, Procedures for Evaluating Rate Granular Material Application Accuracy (Joint with MS-54)
MS-23/6/1, Liquid Materials Application
*X572.2, Spray Nozzle Classification by Droplet Spectra
X641, Droplet Size Classification of Aerial Application Nozzles
MS-23/7, Harvest
*X639.1, Safety Standard for Large Row Crop Flail Mowers
MS-23/7/1, Grain Harvesting
*X211.7, V-Belt and V-Ribbed Belt Drives for Agricultural Machines
MS-23/7/2, Forage & Biomass Engineering
*X315.5, Agricultural Baling Twine for Automatic Balers
*X328.3, Dimensions for Compatible Operation of Harvesters, Transporters, Blowers, and Baggers ofForage and Biomass
MS-23/7/3, Cotton Engineering
*X582.1, Cotton Gins - Method of Utilizing Emission Factors in Determining Emission Parameters
X647, Seed Cotton Module Identification System
MS-48, Specialty Crop Engineering
*X475.2, Design and Management of Storages for Bulk, Fall-Crop, Irish Potatoes
MS-49, Crop Production Systems, Machinery, and Logistics
*X497.8, Agricultural Machinery Management Data
MS-54, Precision Agriculture
X573, Procedures for Evaluating Variable Rate Granular Material Application Accuracy (Joint with MS-23/6)
*X579.2, Yield Monitor Field Test Engineering Procedure
X611, Standard for Mapping Yield and Associated Data
MS-58, Agricultural Equipment Automation
*X455WD, Environmental Considerations in Development of Mobile Agricultural Electrical/ElectronicComponents
NRES-03
X643, Putting Green and Sports Field Design and Construction
NRES-21
X621, Guidelines for Calibrating, Validating, and Evaluating Hydrologic and Water Quality Models
NRES-241, Sprinkler Irrigation
*X436.2, Center Pivot and Lateral Move Irrigation Distribution Uniformity Test Procedure
NRES-244, Irrigation Management
X632, Agricultural Irrigation Data Exchange
NRES-245, Microirrigation
*X405.2, Design and Installation of Microirrigation Systems
NRES-246, Turf & Landscape Irrigation
X627, Weather-based Landscape Irrigation Control Devices
X633, Testing Protocol for Landscape Irrigation Soil Moisture Sensors
NRES-27, Byproducts & Animal Mortality Systems
*X403.5, Design of Anaerobic Lagoons for Animal Waste Management
PAFS-20, Structures Group
*X412.2, Ladders, Cages, Walkways, and Stairs
*X433.1, Loads Exerted by Free-Flowing Grain on Bins
*X484.3, Diaphragm Design of Metal-Clad, Wood-Frame Rectangular Buildings
X624, Grain Bin Access Design Safety
PAFS-20/4, Bulk Solids Handling and Storage
X636, Bulk Material Physical Properties
PAFS-403, Dairy Facilities and Systems
*X444.2, Terminology and Recommendations for Freestall Dairy Housing, Freestall, Feed Bunks, andFeeding Fences
PRS-701, Physical Properties of Ag and Biological Products
X606, Properties and Relationships for Distillers Dried Grains with Solubles (DDGS)
PRS-702, Crop & Feed Processing & Storage
*X271.3, Psychrometric Data
ES-311 –Electromagnetic Radiation Application for Plants
X640 –Definition of Metrics of Radiation for Plant Growth (Controlled Environment Horticulture) Applications
X642 –Recommended Methods of Measurements and Testing for LED Radiation Products in Plant Growth and Development Applications.
X644 – Performance Measures Of Lighting Systems For Plants ????
ESH-03/2, Internal Standard Development
*X318.18, Safety for Agricultural Field Equipment
MS-54, Precision Agriculture
X573, Procedures for Evaluating Variable Rate Granular Material Application Accuracy (Joint with MS-23/6)
*X579.2, Yield Monitor Field Test Engineering Procedure
X611, Standard for Mapping Yield and Associated Data
MS-58, Agricultural Equipment Automation
*X455WD, Environmental Considerations in Development of Mobile Agricultural Electrical/Electronic Components
NRES-21
X621, Guidelines for Calibrating, Validating, and Evaluating Hydrologic and Water Quality Models
NRES-241, Sprinkler Irrigation
*X436.2, Center Pivot and Lateral Move Irrigation Distribution Uniformity Test Procedure
NRES-244, Irrigation Management
X632, Agricultural Irrigation Data Exchange
NRES-245, MicroIrrigation
*X405.2, Design and Installation of Microirrigation Systems
NRES-246, Turf & Landscape Irrigation
X627, Weather-based Landscape Irrigation Control Devices
X633, Testing Protocol for Landscape Irrigation Soil Moisture Sensors
----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
The following projects to develop new ASABE Standards and to Revise Existing ASABE Standards are being undertaken by various ASABE Committees shown below.
Persons interested in these projects should contact the ASABE Standards Department or the Appropriate Committee Chair.
*Projects to Revise Existing Documents are Identified by an Asterisk.
ES-220, Biomass Energy & Industrial Byproducts
X564, Methods for Determining Properties of Plant-Derived (Biomass) Combustible Solid Fuels
*X552.2, Reporting of Fuel Properties When Testing Diesel Engines with Alternative Fuels Derived fromPlant Oils and Animal Fats
ES-238, Solid Biofuels
X564, Methods for Determining Properties of Plant-Derived (Biomass) Combustible Solid Fuels
ES-310, Agricultural Lighting Group
*X344.5, Lighting Systems for Agricultural Facilities
ES-311, Electromagnetic Radiation Application for Plants
X640, Definition of Metrics of Radiation for Plant Growth (Controlled Environment Horticulture) Applications
X642, Recommended Methods of Measurements and Testing for LED Radiation Products in Plant Growth and Development Applications.
ESH-03/2, Internal Standard Development
*X318.18, Safety for Agricultural Field Equipment
MS-03/2, Farm Materials Handling and Transport
*X361.4, Safety for Portable Agricultural Auger Conveying Equipment
MS-23/2 Agricultural Machinery – Common Tests
X3463, Tractors for agriculture and forestry -- Roll-over protective structures (ROPS) -- Dynamic test method and acceptance conditions
X5700, Tractors for agriculture and forestry — Roll-over protective structures — Static test method and acceptance conditions
X12003-1, Agricultural and forestry tractors — Roll-over protective structures on narrow-track wheeled tractors — Part 1: Front-mounted ROPS
X12003-2, Agricultural and forestry tractors — Roll-over protective structures on narrow-track wheeled tractors — Part 2: Rear-mounted ROPS
MS-23/2/1, Environment within Ag Vehicle Enclosures
*X613-3.1, Tractors and self-propelled machinery for agriculture — Air quality systems for cabs — Part 3: Filters for environmental cab HVAC systems
X613-4, Tractors and self-propelled machinery for agriculture — Air quality systems for cabs — Part 4: Field qualification of a cab
MS-23/4, Tractors
*X5673P1 2017Rev Agricultural tractors and machinery — Power take-off drive shafts and power-input connection — Part 1: General manufacturing and safety requirements
*X6489-3, Agricultural vehicles — Mechanical connections between towed and towing vehicles — Part 3: Tractor drawbar (MS-23/4/5 expertise)
*X26322P2 2017Rev, Tractors for agriculture and forestry — Safety — Part 2: Narrow-track and small tractors
MS-23/4/3, Lighting and Marking
*X279.18, Lighting and Marking of Agricultural Equipment on Highways
*X584.4, Agricultural Equipment: Speed Identification Symbol (SIS)
MS-23/4/5, Tractor Implement Interface/PTO
*X625.1, Drawbar Pin Dimensions and Requirements for Towed Equipment
X638, Pintle Hitch for Agricultural Field Equipment
MS-23/6, Application Systems
*X327.5, Terminology & Definitions for Application of Crop or Forestry Production & Protection Agents
X573, Procedures for Evaluating Rate Granular Material Application Accuracy (Joint with MS-54)
MS-23/6/1, Liquid Materials Application
*X572.2, Spray Nozzle Classification by Droplet Spectra
X641, Droplet Size Classification of Aerial Application Nozzles
MS-23/7, Harvest
*X639.1, Safety Standard for Large Row Crop Flail Mowers
MS-23/7/1, Grain Harvesting
*X211.7, V-Belt and V-Ribbed Belt Drives for Agricultural Machines
MS-23/7/2, Forage & Biomass Engineering
*X315.5, Agricultural Baling Twine for Automatic Balers
*X328.3, Dimensions for Compatible Operation of Harvesters, Transporters, Blowers, and Baggers ofForage and Biomass
MS-23/7/3, Cotton Engineering
*X582.1, Cotton Gins - Method of Utilizing Emission Factors in Determining Emission Parameters
X647, Seed Cotton Module Identification System
MS-48, Specialty Crop Engineering
*X475.2, Design and Management of Storages for Bulk, Fall-Crop, Irish Potatoes
MS-49, Crop Production Systems, Machinery, and Logistics
*X497.8, Agricultural Machinery Management Data
MS-54, Precision Agriculture
X573, Procedures for Evaluating Variable Rate Granular Material Application Accuracy (Joint with MS-23/6)
*X579.2, Yield Monitor Field Test Engineering Procedure
X611, Standard for Mapping Yield and Associated Data
MS-58, Agricultural Equipment Automation
*X455WD, Environmental Considerations in Development of Mobile Agricultural Electrical/ElectronicComponents
NRES-03
X643, Putting Green and Sports Field Design and Construction
NRES-21
X621, Guidelines for Calibrating, Validating, and Evaluating Hydrologic and Water Quality Models
NRES-241, Sprinkler Irrigation
*X436.2, Center Pivot and Lateral Move Irrigation Distribution Uniformity Test Procedure
NRES-244, Irrigation Management
X632, Agricultural Irrigation Data Exchange
NRES-245, Microirrigation
*X405.2, Design and Installation of Microirrigation Systems
NRES-246, Turf & Landscape Irrigation
X627, Weather-based Landscape Irrigation Control Devices
X633, Testing Protocol for Landscape Irrigation Soil Moisture Sensors
NRES-27, Byproducts & Animal Mortality Systems
*X403.5, Design of Anaerobic Lagoons for Animal Waste Management
PAFS-20, Structures Group
*X412.2, Ladders, Cages, Walkways, and Stairs
*X433.1, Loads Exerted by Free-Flowing Grain on Bins
*X484.3, Diaphragm Design of Metal-Clad, Wood-Frame Rectangular Buildings
X624, Grain Bin Access Design Safety
PAFS-20/4, Bulk Solids Handling and Storage
X636, Bulk Material Physical Properties
PAFS-403, Dairy Facilities and Systems
*X444.2, Terminology and Recommendations for Freestall Dairy Housing, Freestall, Feed Bunks, andFeeding Fences
PRS-701, Physical Properties of Ag and Biological Products
X606, Properties and Relationships for Distillers Dried Grains with Solubles (DDGS)
PRS-702, Crop & Feed Processing & Storage
*X271.3, Psychrometric Data
salmonetin
Well-Known Member
my mix of info about asabe
http://urbanagnews.com/blog/horticultural-lighting-metrics/
...with more good articles...recomended... jejeje enjoy
https://agi32.com/blog/2017/08/26/horticultural-lighting-metrics/
https://agi32.com/blog/2014/12/10/photometry-and-photosynthesis/
...etc etc
Saludos
http://urbanagnews.com/blog/horticultural-lighting-metrics/
...with more good articles...recomended... jejeje enjoy
https://agi32.com/blog/2017/08/26/horticultural-lighting-metrics/
https://agi32.com/blog/2014/12/10/photometry-and-photosynthesis/
...etc etc
Saludos
Last edited:
salmonetin
Well-Known Member
and my mix of info about other standard for led lights
enjoy...
Salud...os
enjoy...
Salud...os